The Solo Step Overhead Track System is a ceiling mounted body weight support system designed to enhance safety during gait and balance training. It enables patients to practice walking and dynamic tasks without the risk of falling, giving therapists the freedom to challenge them more effectively and deliver intensive, high quality rehabilitation.

The MyoCycle is an advanced FES assisted cycling system that delivers precisely timed electrical stimulation to activate paralyzed or weakened lower extremity muscles, producing coordinated, repetitive pedaling. Research consistently shows that FES cycling improves muscle mass and strength, enhances cardiovascular fitness (including increases in peak oxygen uptake and cardiac output), and supports motor recovery in people with spinal cord injury, stroke, and multiple sclerosis.

The LiteGait harness and treadmill system delivers partial body weight support that enables patients to practice walking safely and intensively, even when balance, strength, or endurance are limited. By reducing fall risk and allowing controlled loading, it supports high repetition, task-specific gait training that promotes improvements in walking speed, symmetry, and endurance.

Vestibular First Infrared Goggles use infrared technology to give therapists a clear view of eye movements, even in complete darkness. This allows for precise assessment of vestibular and balance disorders, helping identify issues such as nystagmus or abnormal gaze responses so we can design targeted rehabilitation that improves stability and reduces dizziness.

The AlterG treadmill uses differential air pressure to partially unweight the body, giving patients with neurological conditions a safer way to practice walking or running. By reducing impact and fall risk, it supports intensive gait training, improved endurance, and better movement quality helping rebuild confidence and function with less joint stress.

The Xcite is a functional electrical stimulation (FES) system designed to activate specific muscle groups during guided, task-oriented exercises. It helps patients practice movements such as grasping, reaching, standing, or stepping by pairing electrical stimulation with purposeful activities. This promotes motor relearning, strengthens weakened muscles, and supports more effective, functional rehabilitation.

Smart Cuffs Blood Flow Restriction Training uses adjustable cuffs to partially restrict blood flow during low-load exercise. This allows patients with neurologic conditions such as stroke, spinal cord injury, or multiple sclerosis to safely build strength and muscle endurance even when weakness, fatigue, or limited tolerance makes traditional heavy resistance training difficult or unsafe.

The Neurosensorimotor Integrator is a computerized system that assesses and trains balance, coordination, and sensory integration. It helps patients improve postural control, stability, and functional movement by providing real-time feedback and targeted exercises to challenge the vestibular, visual, and proprioceptive systems.

The Cionic Neural Sleeve is a wearable FES device that uses adaptive, sensor-driven stimulation to activate key leg muscles in real time during walking. By coordinating muscle activation with each step, it helps improve foot clearance, knee control, and overall gait patterns while supporting neuroplasticity and more effective, task-specific rehabilitation for individuals with neurologic conditions.

The Equalizer Strength Training System is an adaptive multi gym, designed to make strength training accessible to wheelchair users and individuals with limited mobility. Its adjustable, wheelchair accessible design allows users to perform upper body exercises without needing to transfer out of their chair.

The Galileo Whole Body Vibration Plate delivers controlled vibrations that stimulate muscle activation and sensory systems. In neurologic rehabilitation, research supports its use to help reduce spasticity, improve muscle strength and power, enhance balance and proprioception, and increase circulation, making it a valuable adjunct that can support functional mobility and amplify the benefits of traditional therapy.

The Saebo Mobile Arm Support is a dynamic tool that reduces the effects of gravity, allowing patients with shoulder or arm weakness to move more freely during functional tasks. In the clinic, it is used to help individuals practice reaching, grasping, and upper-extremity activities with improved control and greater independence.

The EasyStand Standing Frame provides safe, supported standing for individuals with limited mobility, allowing gradual weight-bearing in an upright position. Using a standing frame helps promote circulation, bone health, posture, and functional engagement while enabling patients to participate in therapeutic activities.

The Rifton Gait Trainer is a supportive walking device that helps individuals practice gait with greater stability and safety. It enables patients to build strength, refine step patterns, and improve mobility, while therapists can adjust the level of support to build confidence and progress toward more independent movement.

Pressure mapping uses sensor-equipped mats to measure how pressure is distributed during sitting. In the clinic, it helps therapists identify high-pressure areas, optimize wheelchair seating or positioning, and reduce the risk of skin breakdown while improving comfort and posture.

The Pilates Reformer and Tower offer adjustable, resistance based training that supports controlled strengthening, flexibility, and core stability. This allows patients with neurologic conditions to perform guided, low impact exercises that improve alignment, balance, and functional movement across a wide range of mobility levels.

The ARCEX System delivers non-invasive spinal cord stimulation through electrodes placed on the skin at the back of the neck. It is FDA-cleared to help improve hand strength and sensation for people with chronic cervical spinal cord injury. In the pivotal Up-LIFT trial, 72% of participants achieved clinically meaningful gains in both strength and function, and 90% improved in at least one of these areas.